private void Awake()
{
if (ReferenceEquals(s_Current, null))
{
s_Current = this;
}
else if (!ReferenceEquals(s_Current, this))
{
Destroy(this);
}
m_onWorldCallback = new OnWorldUpdateCallback(OnWorldUpdate);
m_onWorldBodyTransfromUpdateCallback = new OnWorldBodyTransfromUpdateCallback(OnBodyTransformUpdate);
m_World.SetAsyncUpdate(m_AsyncUpdate);
m_World.SetFrameRate(1f / Time.fixedDeltaTime);
m_World.SetThreadsCount(m_NumberOfThreads);
m_World.SetSolverIterations(m_SolverIterationsCount);
m_World.SetBroadPhase(m_BroadPhaseType);
m_World.SetGravity(m_Gravity.x, m_Gravity.y, m_Gravity.z);
m_World.SetSubSteps(m_SubSteps);
m_World.SetParallelSolverOnLargeIsland(m_UseParallerSolver);
m_World.SetDefaultMaterial(m_DefaultRestitution, m_DefaultStaticFriction, m_DefaultKineticFriction, true);
m_World.SetCallbacks(m_onWorldCallback, m_onWorldBodyTransfromUpdateCallback);
//Load all physics plug ins and choose the best one
m_World.SelectPlugin(IntPtr.Zero);
if (m_UseParallerSolver && (m_PluginsOptions > 0))
{
string path = Application.dataPath;
m_World.LoadPlugins(path);
int index = 1;
for (IntPtr plugin = m_World.FirstPlugin(); plugin != IntPtr.Zero; plugin = m_World.NextPlugin(plugin))
{
if (index == m_PluginsOptions)
{
Debug.Log("Using newton physics solver: " + m_World.GetPluginName(plugin));
m_World.SelectPlugin(plugin);
}
index++;
}
}
else
{
m_World.UnloadPlugins();
}
InitScene();
}
void Start()
{
m_onWorldCallback = new OnWorldUpdateCallback(OnWorldUpdate);
m_onWorldBodyTransfromUpdateCallback = new OnWorldBodyTransfromUpdateCallback(OnBodyTransformUpdate);
m_world.SetAsyncUpdate(m_asyncUpdate);
m_world.SetFrameRate(m_updateRate);
m_world.SetThreadsCount(m_numberOfThreads);
m_world.SetSolverMode(m_solverIterationsCount);
m_world.SetBroadPhase(m_broadPhaseType);
m_world.SetGravity(m_gravity.x, m_gravity.y, m_gravity.z);
m_world.SetSubSteps(m_subSteps);
m_world.SetDefaultMaterial(m_defaultRestitution, m_defaultStaticFriction, m_defaultKineticFriction, true);
m_world.SetCallbacks(m_onWorldCallback, m_onWorldBodyTransfromUpdateCallback);
InitScene();
}
void Start()
{
m_onWorldCallback = new OnWorldUpdateCallback(OnWorldUpdate);
m_onWorldBodyTransfromUpdateCallback = new OnWorldBodyTransfromUpdateCallback(OnBodyTransformUpdate);
m_world.SetAsyncUpdate(m_asyncUpdate);
m_world.SetFrameRate(m_updateRate);
m_world.SetThreadsCount(m_numberOfThreads);
m_world.SetSolverIterations(m_solverIterationsCount);
m_world.SetMaxIterations(m_maxIterations);
m_world.SetBroadPhase(m_broadPhaseType);
m_world.SetGravity(m_gravity.x, m_gravity.y, m_gravity.z);
m_world.SetSubSteps(m_subSteps);
m_world.SetParallelSolverOnLargeIsland(m_useParallerSolver);
m_world.SetDefaultMaterial(m_defaultRestitution, m_defaultStaticFriction, m_defaultKineticFriction, true);
m_world.SetCallbacks(m_onWorldCallback, m_onWorldBodyTransfromUpdateCallback);
//Load all physics plug ins and choose the best one
m_world.SelectPlugin(IntPtr.Zero);
if (m_useParallerSolver && (m_pluginsOptions > 0))
{
string path = Application.dataPath;
m_world.LoadPlugins(path);
int index = 1;
for (IntPtr plugin = m_world.FirstPlugin(); plugin != IntPtr.Zero; plugin = m_world.NextPlugin(plugin))
{
if (index == m_pluginsOptions)
{
Debug.Log("Using newton physics solver: " + m_world.GetPluginName(plugin));
m_world.SelectPlugin(plugin);
}
index++;
}
}
else
{
m_world.UnloadPlugins();
}
InitScene();
}
